Arctech trackers are rigid enough to support large PV modules without compromising performance.
The default wind stow speed for SkySmart II is 20 m/s, while for SkyLine II, it is 22 m/s, with even higher stow speeds available based on project design. Rather than compromising on wind stow speed, stiff multi-drive trackers push the boundary in the opposite direction. It is evident that horizontal tilt positions are the most effective for stowing, as they reduce forces and moments on the structures, thereby minimizing material requirements
Bifacial solar modules combined with single-axis trackers are emerging as a cost-effective solution for maximizing energy production in solar plants. The high stability of Arctech trackers allows for a wider normal operating wind speed range, resulting in increased power generation.
According to SERIS, this combination provides the best value for developers, with bifacial modules generating 10–20% more power than monofacial panels and up to 30–40% under optimized conditions.
Arctech trackers utilize smart backtracking algorithms to determine the optimal tilt angle for each topography and environment, enabling real-time shading avoidance and increasing energy generation by up to 7%.
During early morning and late afternoon hours, variations in row height and terrain grade can cause module-on-module shading, especially in bifacial modules. To address this, Arctech’s smart backtracking algorithms perform an in-depth analysis of the topography and tracking system layout, helping to prevent shading between arrays and maximize solar radiation utilization
Arctech leverages advanced technologies to optimize tracking tilt for bifacial modules in real time. Test groups are deployed to identify the optimal tilt through rapid rotation, while advanced search algorithms, machine learning, and deep neural networks enhance precision. Centralized search and distributed feedback mechanisms analyze irradiation data, enabling the system to determine and sustain the ideal tracking tilt for maximum efficiency and performance
Arctech’s trackers are engineered for seamless compatibility with diverse PV module brands, meeting varied snow and wind load requirements across different sites. Utilizing finite element analysis and IEC 61215-2-compliant mechanical load testing, these trackers achieve optimal performance.
With in-house testing facilities and collaborations with leading manufacturers such as TW Solar, Jinko, Longi, and JA Solar, the design ensures adaptability and reliability across a wide range of projects.
